LC1D126BD

The Schneider LC1D126BD is a robust and efficient power contactor from the TeSys D series, designed to handle a wide range of motor control applications. This contactor is rated for 12 A and can manage motor power up to 5.5 kW at 400 V in AC-3 utilisation category, making it suitable for a variety of industrial settings. It features three poles and an operational voltage of up to 690 V AC, ensuring compatibility with many systems.

Constructed with a 24 V DC control circuit voltage, the LC1D126BD ensures reliable operation with a quick and secure response time. The contactor is equipped with an integrated suppression device which aids in reducing electrical noise and disturbances within circuits. Its auxiliary contacts are configured as 1 NO + 1 NC, providing additional flexibility for interfacing with various control circuits.

The device boasts an IP20 degree of protection, ensuring that it is safeguarded against solid objects larger than 12 mm. It also has a rated insulation voltage of 690 V, conforming to IEC standards, which provides an extra layer of safety and reliability.

With a compact design, the LC1D126BD has dimensions that make it easy to install and fit into tight spaces, with a width of 45 mm, a height of 77 mm, and a depth of 95 mm. Its mechanical durability is impressive, with a life expectancy of 30 million cycles, and it can operate at a maximum rate of 3600 cycles per hour at 60°C, ensuring long-term performance and minimal maintenance.

The contactor is designed to be mounted on a standard 35mm DIN rail or directly onto a panel with screws, providing flexibility in installation. The terminal connections are designed for ring tongue wiring, with a tightening torque that ensures a secure and reliable connection.

Overall, the Schneider LC1D126BD is a high-quality, dependable choice for those in need of a power contactor that offers both performance and durability. Its design and construction meet the rigorous demands of industrial environments, making it a valuable component in any electrical control system.

• Controlling electric motors in industrial and commercial applications
• Switching heating elements in HVAC systems
• Managing lighting circuits in large commercial buildings
• Operating electromagnetic devices such as solenoids and clutches
• Integrating into automation systems for process control
• Starting and stopping pumps in water treatment facilities
• Regulating power supply in conveyor systems
• Controlling compressors in refrigeration units
• Managing electrical circuits in manufacturing plants
• Activating and deactivating fans in ventilation systems